A story about effects of Microwaves from Mobile-phones, and Alzheimer's disease

A team of clinical researchers at Lund University found that electromagnetic radiation, such as that used in GSM-900 mobile telephones, at low non-thermal power values (<2 W/kg), causes users' blood albumin to leak through the blood-brain barrier "BBB" into in the brain tissue. The neurosurgeons: Leif Salford MD, PhD, professor emeritus, Henrietta Nittby MD, PhD,Neuropathologist: Arne Brun MD, PhD, professor emeritus.Medical physicist: Bertil RR Persson PhD, MDhc, professor emeritus.. Jacob Eberhardt PhD, Electrical engineer: Lars Malmgren Tech. Dr.The BBB is supposed to protect the brain from unwanted and toxic molecules that are potentially in the blood to transfer into the brain tissue. However, after exposing rats to radiation from cell phones, albumin from the blood leaks into the brain and accumulates in neurons and glial cells.In late 2023, it came to my attention that Arendash in the USA, in order to treat patients with Alzheimer's disease, had used a similar microwave pulse train and non-thermal SAR levels as we used in our studies of the BBB leakage of blood-Albumin.Concerns were raised that albumin leakage in the BBB after many years of intensive mobile phone use could promote the development of autoimmune and neurodegenerative diseases such as Alzheimer's. At Christmas time in 2023 it came to my attention that Arendash and coworkers already in 2010 reported that treatment with GSM-900 electromagnetic fields protects against and reverses cognitive decline in mice with Alzheimer's disease (Arendash et al., 2010).Arendash's report indicates that prolonged exposure to non-thermal levels of microwave radiation directly associated with GSM-900 cell phone use confers cognitive benefits. They observed both cognitive protective and ameliorating effects of such exposure in both normal mice and transgenic mice designed to develop Alzheimer's-like impairment.Arendash and colleagues used similar 900 MHz GSM modulated microwaves at non-thermal SAR levels in a clinical